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- Featured AMD x86 Embedded processors
- RyzenTM Embedded Processors
- RyzenTM AI Embedded Processors
- RyzenTM AI Embedded X100 Processors
- EPYCTM Embedded Processors
- Featured embedded modules using AMD x86 processors
- Applications
- Accelerate your design with the Embedded Stock Programme
- Key benefits of the AMD x86 Embedded Portfolio and what it means for your designs
- Knowledge library
The AMD x86 embedded processor portfolio brings you scalable performance, design freedom, and faster paths to market - backed by expert support at every step.
Embedded systems are under pressure to do more, with less. From industrial automation and robotics to secure networking and Physical AI, engineers face rising demands for compute density, power efficiency, and long-term reliability. At the same time, integration complexity, thermal constraints, and lifecycle support remain critical design considerations.
AMD x86 embedded processors are built to solve these challenges. Powered by the scalable “Zen” core architecture, the AMD EPYC™ Embedded, Ryzen™ Embedded, and Ryzen™ AI Embedded families deliver high-performance x86 compute with advanced I/O, integrated AI acceleration, and robust security features. Whether you're optimising for throughput, latency, or energy consumption, AMD offers a unified platform that supports real-time responsiveness, rich graphics, and deterministic control across a wide range of power envelopes and form factors.
With support for industry-standard toolchains, broad OS compatibility, and a mature ecosystem of documentation and design resources, AMD simplifies migration from legacy x86 platforms and accelerates time to market.
Backed by a 40-year track record in embedded computing and extended product availability, AMD is a trusted partner for engineers building the next generation of resilient, intelligent systems.
Training & Events
Discover why AMD x86 Embedded Processors are the Right fit for You
Not all x86 embedded processor suppliers are the same. With AMD products, you should expect leadership performance, longevity, and reliability to power your bespoke embedded applications and offer scalability and differentiation for your customers.
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AMD Ryzen™ Embedded Processors
Choose AMD Ryzen Embedded x86 APU or CPU processors when you need leadership embedded performance in a power-efficient, reliable, and thermally resilient single-chip solution.
AMD Ryzen Embedded CPUs are ideal for Industrial PCs, Industrial Control & Automation and Machine Vision.
Select the Ryzen Embedded APU when you want to add immersive graphics or AI acceleration to your design, like retail or Robotics.
AMD Ryzen™ AI Embedded Processors
AMD Ryzen™ AI Embedded P100 Series processors are built for physical AI applications at the edge.
They deliver deterministic, low-latency performance for mission critical AI, DSP, and mathematical workloads, along with system partitioning and precise resource allocation.
Available in four- and six-core options, these rugged, long-life devices offer a virtualized software stack for control and customization, making them ideal for production-ready automotive and industrial systems.
AMD Ryzen™ AI Embedded X100 Series Processors
AMD Ryzen™ AI Embedded X100 Series processors are built for demanding Physical AI applications that need to sense, perceive and act in real time.
Combining an x86 CPU, discrete-class integrated GPU and NPU in a single SoC, they deliver high-performance heterogeneous computing with deterministic, low-latency performance while reducing system complexity, power and cost.
With an open, scalable software approach, the X100 Series is ideal for robotics, industrial, healthcare, aerospace & defense, interactive entertainment, networking and storage applications.
AMD EPYC™ Embedded Processors
Choose AMD EPYC Embedded x86 CPU processors when you need a high-performance, thermally resilient, long-lifecycle solution for secure data handling and retention.
Ideal for: Networking, Security Firewalls & gateways, Storage appliances, Industrial Edge Servers and Test & Measurement.
Scalable compute for networking, storage, and industrial edge
- Throughput & Efficiency Up to 1.6× throughput for network/storage workloads Up to 1.3× energy efficiency for constrained environments
- SKU Scalability Flexible options to balance cost, power, and performance
- Robust I/O High connectivity for storage expansion and data-intensive applications
Featuring the latest AMD EPYC™ Embedded 9005, 4005, and 2005 Series processors.
- TRIA C6C-RYZ8
- TRIA C6C-RYZ
Ideal for applications like medical imaging, gaming platforms, AI enhanced solutions in the edge and security appliances
The COM Express Type 6 module TRIA C6C-RYZ8 is ideal for applications like medical imaging, gaming platforms, AI enhanced solutions in the edge and security appliances. With the on-chip XDNA Neural Processing Unit, it is the right fit for enabling AI applications, that run on the local system independently from a cloud-based approach. Applications also gain outstanding compute performance from up to eight CPU cores and six RDNA3 work group processors integrated into the AMD RyzenTM Embedded 8000 Series Processor.
Module is the embedded platform for the AMD RyzenTM Embedded V1000 and R1000 processor family
The TRIA C6C-RYZ module is the embedded platform for the AMD RyzenTM Embedded V1000 and R1000 processor family. This versatile system-on-chip (SoC) technology combines processing, graphics and I/O functionality on a single die, allowing for outstanding compute performance in environments with constrained real-estate, power and cooling. Customers can choose from a variety of quad and dual-core processors to scale performance and capabilities according to application requirements. The board provides up to four independent display support with up to 4k resolution, highest level graphics acceleration and hardware based video en-/decoding. Fast DDR4 memory and multiple USB 3.1/2.0 interfaces complete the compact and power saving module. The TRIA C6C-RYZ offers hardware based security compliant to the requirements of TCG (Trusted Computing Group) and features TPM 2.0 capability. The Type 6 pin-out allows direct access to digital display interfaces like DisplayPort, HDMI 2.0b and DVI as well as up to four USB 3.1.
- TRIA SM2S-RYZ2
- TRIA SM2S-RYZ
Module is the smallest embedded platform for the AMD Ryzen Embedded R2000 processor family
The TRIA SM2S-RYZ2 module is the smallest embedded platform for the AMD Ryzen Embedded R2000 processor family. This versatile system-on-chip (SoC) technology combines processing, graphics and I/O functionality on a single die, allowing for outstanding compute performance in environments with constrained space, power and cooling. The configurable Thermal Design Power (TDP) ranges from low 12 W to 15 W. The integrated Radeon™ Graphics with up to 8 Compute Units stands for highest graphics performance.
Module is the smallest embedded platform for the AMD Ryzen Embedded Low Power V1000/R1000 processor family
The TRIA SM2S-RYZ module is the smallest embedded platform for the AMD Ryzen Embedded Low Power V1000/R1000 processor family. This versatile system-on-chip (SoC) technology combines processing, graphics and I/O functionality on a single die, allowing for outstanding compute performance in environments with constrained space, power and cooling. The configurable Thermal Design Power (TDP) ranges from low 6 W to 15 W. The integrated “Vega” graphics processor unit with three up to 1.200 MHz fast compute units stands for highest graphics performance.
- Kontron K4131-P mITX
- Kontron 3.5"-SBC-P100
Industrial Motherboard supporting the AMD Ryzen™ AI Embedded P100 Processors
The K4131-Px mITX Industrial Motherboard is based on AMD Ryzen™ AI Embedded processors, delivering high computing performance combined with integrated AI acceleration for demanding industrial applications. Featuring AMD Radeon™ RDNA 3.5 graphics integrated within the SoC, the platform enables advanced visual performance and supports complex multi-display configurations.
Single Board Computer with AMD Ryzen™ AI Embedded P100 Series Processors
3.5"-SBC-P100 is powered by AMD Ryzen™ AI Embedded P100 Series processors with iGPU Radeon™ RDNA™ 3.5 and integrated NPU XDNA™ 2, delivering cutting-edge graphics performance and next-level AI inference acceleration. It features 2.5 GbE with TSN and dTPM 2.0 support, ensuring real-time and secure communications. Finally, the board supports a board-to-board connector and a board-to-wire connector, providing additional I/O ports and extra graphics / AI acceleration card(s), respectively, without the restriction of a small form factor.
- Advantech SOM-6874
- Advantech MIO-5380
For developers seeking a powerful, scalable platform for AI-enabled embedded systems
The Advantech SOM-6874 is a COM Express® Compact Type 6 module built for developers seeking a powerful, scalable platform for AI-enabled embedded systems. Featuring AMD Ryzen™ AI Embedded P100 processors, integrated AMD Radeon™ graphics, and an AMD XDNA™ 2 NPU delivering up to 50 TOPS of AI performance, the module provides an ideal foundation for edge AI, robotics, medical imaging, and industrial computing applications. Its compact form factor, support for up to 96GB DDR5 memory, high-speed PCIe Gen 4 and USB 3.2 connectivity, and capability to drive up to four independent 4K displays enable rapid development of feature-rich, future-ready embedded designs.
Accelerating next-generation Edge AI, Industrial Automation, Machine Vision, and Intelligent HMI Applications
The Advantech MIO-5380 is a high-performance 3.5-inch single board computer designed to accelerate next-generation edge AI, industrial automation, machine vision, and intelligent HMI applications. Powered by AMD Ryzen™ AI Embedded P100 Series processors, it combines advanced CPU, GPU, and NPU capabilities with support for up to 128GB of DDR5 memory, extensive connectivity, and flexible expansion options. With support for up to four independent displays, dual Ethernet, USB4, CAN-FD, and multiple M.2 interfaces, the MIO-5380 delivers the scalability and reliability required for demanding embedded systems deployed at the intelligent edge.
Industrial PCs & Edge Appliances
Robotics & Machine Vision
Retail and E-Commerce
Networking and Storage
Healthcare
Test and Measurement
Automotive
Aerospace
Accelerate your next embedded x86 design with the Embedded Stock Programme
The AMD and Avnet Silica x86 Embedded Stock Programme gives EMEA customers faster access to selected AMD Embedded processors, helping remove availability barriers at the critical early stages of a project.
With strategic inventory held locally in EMEA, customers can access devices for evaluation, sampling and design-in without relying solely on longer standard supply routes. The programme also supports NPI, low-volume production and emerging opportunities where quick access to hardware can make the difference between progressing a design and putting it on hold.
Whether developing a new x86 platform or evaluating alternative processor options, the programme makes it easier to get AMD technology into engineers’ hands and to move projects forward sooner.
- Evaluate sooner - Access selected AMD Embedded x86 processors for samples, prototypes and technical evaluation.
- Accelerate design-in - Reduce the time spent waiting for hardware and start development earlier.
- Bridge the path to production - Support projects through prototyping and into initial low-volume production requirements.
- Make smaller projects viable - Give smaller customers and emerging opportunities access to devices without requiring immediate high-volume demand.
- Explore new x86 options - It's now easier for engineering teams assessing their future x86 platform strategy to evaluate AMD Embedded technology in real hardware.
Key benefits of the AMD x86 Embedded portfolio and what it means for your design
| Key x86 benefit | What it means for your design | Why AMD? | Best-fit products | Ideal applications |
|---|---|---|---|---|
| Scale performance for demanding workloads | Give compute-intensive applications the processing headroom to handle increasingly complex workloads and future functionality. | Scale from compact embedded processing through to EPYC Embedded 9005 with up to 192 Zen 5 cores, allowing you to select the performance level that fits your application. | EPYC Embedded 9005, EPYC Embedded 4005 | Edge servers, network security, storage, networking |
| Bring AI and advanced graphics on-chip | Combine general-purpose computing, graphics and dedicated AI acceleration, helping simplify platforms that need local inference and advanced visual processing. | Ryzen AI Embedded X100 combines up to 16 CPU cores, 40 GPU compute units and a 50 TOPS NPU in a single embedded processor. | Ryzen AI Embedded X100, Ryzen AI Embedded P100 | Robotics, physical AI, machine vision, medical imaging, HMI |
| Design for longer product lifecycles | Reduce the risk and cost of premature platform redesigns when developing equipment expected to remain in production for many years. | Selected AMD embedded processors offer up to 10 years planned availability, while Ryzen AI Embedded X100 has planned availability through at least 2037. | EPYC Embedded 2005, Ryzen AI Embedded P100/X100, Ryzen PRO Embedded | Industrial automation, medical, networking, transport |
| Create a smoother upgrade path | Extend the value of your hardware investment with platforms designed to provide greater continuity between processor generations. | AMD provides socket continuity across key embedded families, including SP5 for EPYC Embedded 9004 and 9005, while Ryzen Embedded 9000 and EPYC Embedded 4005 use AM5. | EPYC Embedded 9005, Ryzen Embedded 9000, EPYC Embedded 4005 | Industrial PCs, edge servers, networking, storage |
| Bring server-class capabilities to the edge | Build powerful, resilient embedded systems for demanding, always-on edge environments. | EPYC Embedded 9005 incorporates embedded-focused features including NTB CPU failover, DRAM flush on power loss and dual SPI secure boot, alongside Yocto, DPDK and SPDK support. | EPYC Embedded 9005 | Network security, storage, edge servers, high-end industrial systems |
| Pack x86 performance into compact designs | Address space- and power-constrained applications without giving up the flexibility of an x86 platform. | EPYC Embedded 2005 provides 8 to 16 cores in a 40 × 40 mm BGA package, with 45–75 W options and 10 years planned availability. | EPYC Embedded 2005 | Compact networking, storage, industrial systems, test and measurement |
| Enable richer multi-display experiences | Support sophisticated HMIs and display-rich systems from a highly integrated processing platform. | Ryzen AI Embedded P100 supports up to four 4K displays at 120 fps, with industrial and automotive-grade options available. | Ryzen AI Embedded P100 | HMI, digital cockpits, medical displays, industrial control, transport |
| Combine x86 with adaptive computing | Add specialised acceleration and adaptable processing to applications where CPU compute alone is not enough. | AMD's portfolio spans x86 and adaptive computing, enabling solutions that combine Ryzen Embedded processors with Versal adaptive SoCs or FPGA technology. | Ryzen Embedded + Versal, Ryzen AI Embedded X100 + Spartan | Robotics, machine vision, industrial automation |
| Build on a flexible software ecosystem | Develop AI and virtualised applications using widely adopted frameworks and operating environments. | AMD supports PyTorch, ONNX and TensorFlow, alongside Ryzen AI Software and ROCm, with Xen supporting Linux, RTOS and Windows environments. | Ryzen AI Embedded X100/P100, EPYC Embedded | Edge AI, robotics, industrial AI, virtualised systems |
- Case studies
- Webinars
MulticoreWare uses AMD Ryzen™ Embedded for Retail Checkout Solution
MulticoreWare has developed an automated checkout solution for retail applications based on the AMD Ryzen™ Embedded 8000 processor.
AMD Ryzen™ Embedded 7000 Series Processors Power Advantech’s Micro-ATX Motherboard
Advantech’s Micro-ATX motherboard solution provides a major performance boost, with expansive I/O connectivity and longevity for reliable vision inspection at the edge.
Concurrent EDA Builds Machine-Vision System Solution with AMD Embedded+ Architecture
AMD Embedded+ solution powers Machine-Vision+ system in a compact form factor with visual graphic rendering capabilities.
Synology boosts enterprise storage performance with AMD EPYC™ Embedded CPUs
Synology’s PAS7700, built on AMD EPYC™ Embedded CPUs, provides up to 1.65PB of raw storage capacity and high reliability for mission-critical data workloads.
Embed AMD: Discover why AMD x86 Embedded Processors are the Right fit for You
In this webinar, we’ll dive into key markets, such as industrial, robotics, retail, automotive, and healthcare, and explore key factors you should consider when evaluating a technology partner for your next embedded design.
Delivering Leadership Performance with AMD x86 Embedded Processors
This webinar will introduce you to two AMD x86 embedded product families: AMD Ryzen™ Embedded and AMD EPYC™ Embedded processors. We’ll describe how these broad and scalable portfolios build upon AMD x86 client and server product families to bring leadership compute performance and capabilities that meet your specific embedded market needs.
Advancing Innovation: AMD Embedded x86 Solutions for Networking and Storage
This webinar will explore the critical role of embedded CPUs in networking and storage applications. The AMD Embedded x86 portfolio was purpose-built for secure packet processing in network switches, routers, firewalls, and storage.
Advancing Industrial Automation with AMD
In this webinar, we’ll explore how AMD embedded processors, ranging from leadership-class Ryzen™ Embedded 9000 Series devices to cutting-edge FPGAs and adaptive SoCs, empower next-generation automation systems.
Ready to Build with AMD?
AMD Embedded x86 processors are supported by a global partner ecosystem and a comprehensive suite of developer tools. Whether you're migrating from another x86 platform or starting fresh, AMD makes it easy to accelerate your design.
Hardware for Artificial Intelligence
The right hardware choices directly shape scalability, efficiency, and the viability of emerging use cases. Avnet Silica assists engineers in these critical decisions through its comprehensive expertise and a vast selection of innovative hardware.
Robotics
For OEMs and system designers, the challenge is how to build scalable, production-ready Robotic platforms that balance performance, power efficiency, safety and long-term lifecycle management.